Copy table for document photographing machines



Aug. 26, 1952 A. BRIE'CHLE COPY TABLE FOR DOCUMENT PHOTCvGRI-HIINGV MACHINES;

s `sheen'sangen" "i original Filed Manch 27, .1944

maxx BE A. BRlEHLE COPY TABLE FOR DOCUMENT HOTOGRAPHING MACHINES 8 Sheets-Sheet 2 original Filed 'March 27, 1944 Aug. 26, 1952 A. BRu-:cHLE 2,603,407 COPY TABLE FOR DOCUMENT PHOTOGRAPHING MACHINES original Filed March 27. 1944 s 'sheets-sheet s 4 ATTORNEYS Aug. 26, 1952 .A. BRIE-:CHLE 2,608,407

COPY TABLE FCR DOCUMENT PHOTCCRAPHINC MACHINES original Filed March `27. 1944 8 sheets-sheet 4 Aug. 26, 1952 A. BRIE'CHLE 2,608,407

- kCOPY TABLE FOR DOCUMENT PHTOGRAPHING MACHINES original Filed March 27, -1944 v s sheets-sheet 5 Angle,` 1952 A.BR|EHLE 2,608,407.

COPY TABLE FOR DOCUMENT PHOTOGRAPHING MACHINES A. BRIECHLE Aug. Z6, 1952 COP@y TABLE FORy DOCUMENT ISHOTOGRAPHING MACHINES 8 ASheetsl-Sheei. '7

Original Filed March 27, 1944 Aug. 26,V 1952 A. BREcHLE 2,608,407

coPY TABLE Fon DOCUMENT PHOTOGRAPHING MACHINES original Filed March 2v, 1944 a sneek-Sheet 8 Patented Aug. 26, 1952 Ambrosius' Briechle, Brooklyn,` N. Y., assigner to vRemington Rand Inc., New York, N. Y., a corporation of Delaware origina-1V Yummelden March 27, i944', serial No, 528,221. Divided and this application January y 29, 1948,serialNo. 5,053

11 Claims. 1

The present invention is vdirected to improve# ments in a machine for photographing documents, particularly to a copy table providing a photographing position and feeding means for the documents.

This application is a division of application Serial No. 528,221, led Marchv 27,1944.

The copy table constructed according to the present invention comprehends the provision of a machine in which the documents may be fed automatically through a photographing position in making positive photographic copies on a sensitized strip wherein more than one copy of such documents may be produced Without changing the rate oi feed of documents through the photographing position; and in providing amachine where feed ratiosY between the document feed and the strip feed of the photographing machine vvith which the invention is operatively associated, can be readily made without interchanging parts, and having means for interconnecting and controlling the document and sensitized strip feeds to provide one com-plete cycle of operation to photograph a document foreach manual operation of the control mechanism.

The invention further provides, a copy table formed to furnish a photographing position for documents with feeding means to feed documents through the photographing position on said table, so that without interchange of parts, adjustments` of the copy table can be readily made to bring documents of various sizes within the range of the machine and into proper photographing position on the copy table for photographing on the sensitized strip in the said associated photographng machine. Withoutwaste of sensitized ma. terial; the provision of controlmeansfor thereoordinated operation of the copy table andi` associated photographing machine arranged` to provide a manually operated control adapted to release the combined machine for one cycle of operation .upon each manual operation' of the control means; and thev provision of an auxiliary control for a movable cover plate used' to hold documents nat on the copy table in photographing position operable independently of the con-` trol means to stop copy feed onthe copystable when it is desired to produce duplicatei copies that may not be produced in a `shifted position of the copy table` .i

Therelare other features involved inthecopy table thatfacilitate its.` construction, operation andV adjustment in making'` positive reading' photographie `copies of documents that-wi-ll-ibe hereinaftermorelclearly pointed outiin describing'the structure and operation of said copy table.

`copies ofajdocuinent i `feed position;

In the drawings:

Fig. 1 is a-frag'men'tary plan view showing the copy table and the end portion of the base of a photographing machine on which it is mounted, the copy table being in the sidefeed position.

Fig.` 2 shows the copy tablein side elevation locking from the right side and with the side cover plate removed to illustrate the detailsof construction.

Fig. 3' shows the copy table in side elevation looking from the left side with the sidel cover plate removed. 1

Fig. 4A is a vertical longitudinal cross-'section taken on line 4&4 of Fig. 1 and showing details of construction of the copy table.

Fig. 5 is a horizontal cross-section taken on the' line 5-5 oi' Fig. 2r

takenon line f--i` of Fig. 2.

Fig. 7 is an enlarged detail'crosseseetiontakerr on linef'I'-'l of Fig.- 2.

Fig. 8 is an enlarged fragmentary detailA showing the. structure of one of the'4 document feed fingers in side elevation.'

Fig. 9" is across-section taken on line 9*-29 of Fig. 8. l

Fig. 10 is a cross=section taken on line Hlm-lilE of Fig. 9.

Fig; 11` is a vertical transverse' cross-section taken through' the copy table on line l|-`li of Fig. 4.

Fig; 12 is an enlarged fragmentary plan view of a portion of the copy tablewithparts broken away to illustrate the manuall control for' c`on` necting andf disconnecting the-document feed meanswi'th the driving means, the' clutch and drive mechanism being shown in horizontal cross-section.

Fig. 13 isa topplanview of the document feed control means shown in' Fig.` l2.

Fig. 14 is a cross-section tahenon line [4l-Hirt of Fig. `13. 1 .i

Fig. 15 is an enlarged' ldet-ait' cross-section` through the ratchet gear and clutch` member showingA its mountingV on the endl of one of! the' shafts of thedocument feed'lmechanism and il-' lustratingthe detailsof constructionlof the" oon*-` neetion between this ratchet gear the op ing. arm forslidingit' on the*shaftA to engag disengag'e theE Fresa i Y Fig. 1eA illustrates `magliaistriadarty. one application of fthe invention'forf plrodueinglthree and ' The general construction of the document chi-tch,r taken on; the line I of with the cepyj teneinde@ photographing machine employing the present invention is fully disclosed in copending application Serial No. 528,221, led March 27, 1944, and the said general construction is illustrated and described herein only to the extent necessary to show the correlation between the structures described in the respective applications.

The photographing machine incorporating the present invention is particularly designed to photograph documents for producing one or more copies equal in size to the original and in which the sizes may vary from 2.4 x 3.6 inches to 6 x 8.5 inches. The photographic copies are positive reading negatives to eliminate the cost of producing a negative. However, in some cases it may be desired to rst produce a negative and then in producing a number of copies of the same document to produce them as positives rather than as positive reading negatives. The machine is designed to use varying widths of sensitized paper from 3.6 inches rup 'to 8.5 inches. The machine is also adapted to make photographic reductions of documents of varying sizes, and will make reductions of documents of approximately 8.5 x 11 inches.

The present document photographing machine is particularly designed to rapidly feed standard sizes of cards, sheets and forms across the copi7 table in which the feed mechanism is operated in timed relation to the photo-graphing mechanism and the sensitized strip feed so that accurate photographic reproduction of the cards or other documents can be rapidly and accurately made at'low cost. In addition, the machine provides for producing two or more duplicate co-pies of documents of several different sizes in a rapid and inexpensive manner without stopping the feed mechanism during the production of the duplicate copies. This i-s obtained by maintaining a constant feed of documents through the photographing position on the copy table and changing the position of the copy table from front feed position, where it is used for making copies of most all sizes of documents within the range of the camera, to side feed position for producing more than one duplicate copy of a document while maintaining constant feeding of documents. Provision is made to set the machine for feeding and photographing any size of document within the range of the photographing unit.

The copy table I 8 illustrated in the drawings includes a frame formed with a supporting plate 20 having an annular seat engaging on an annular flange 2l to which it is rigidly secured by machine screws or the like for rigidly attaching and supporting the copy holder on post 22 carried by and forming a part of a photographing machine, such as the machine described in copending application Serial No. 528,221, yand designated generally herein by numeral I9. A pair of side frame members 24 are secured at the lower edges to opposite sides of supporting plate 20 and extend upwardly above said plate to support copy plate 25 in horizontally extending rela- -tion on the upper edges thereof. A supplemental frame 26 is mounted in horizontally extending relation below copy plate 25 and extends between the upper portions of side frame'members 24 and is rigidly secured thereto, as shown in Figs; 4 and 6. A shaft supporting bracket 21 is mounted on the under side of supplemental frame 26 in the central portion of the copy table and has bearings carried thereby for rotatably mounting shaft section 28. A bevel gear 29- is rigidly mounted on the rear end of shaft section l with the right-hand end of shaft 34 looking from the front end of the copy table extending outwardly beyond the outside of the right-hand side frame member 24'for carrying a crank arm for driving the copy feed mechanism in a manner l that will be hereinafter described.

Copy plate 25 is formed to receive and have documents to be photographed fed thereover from the front end to the rear end thereof and when in the central rear portion of the copy plate the document will be moved through a document photographing machine.

photographing position that will be arranged in focus with the photographing meansso that documents on said copy plate can be focused on the sensitized strip in the focal 'plane of the Copy table 25 is formed as shown in the drawings with three longitudinally extending slots 35 two of which are arranged in subs-tantially equidistant relation at each side of the longitudinal center of 30' copy plate 25 while the third is formed on the left-hand side of .the copy plate in spaced parallel relation to the other two slots as clearly shown in Figs. 1, 6 and 11. Endless link belts or chains 36, three in number corresponding to Sjlongitudinally extending slots each carry a plurality of retractable feed fingers 31 for document engaging and feeding purposes. These endless link or belt members are each mounted on two sprockets 38, there being three sets of two lOsprockets each with correspondingsprockets of each set rigidly mounted on spaced parallel sprocket shafts39 and 40, respectively. Sprocket shaft 35 is mounted at the forward end of the copy table frame and has opposite ends rotat- Lleably mounted in ball bearings carried by side frame members 24 as shown in Fig. 5. Sprocket shaft 40 extends'transversely of the copy table at the rear end thereof and has opposite ends mounted in ball bearings in side frames 24, as

soshown in Fig. 5. Sprocket shaft 40 has end portions extending beyond the outer side of side frame members 24 for a purpose to be presently described.

Supplemental frame 2'6 is provided with a plurality of longitudinally extending guides 4| on ing documents acrossfthe topfface of copy plate the upper face thereof for receiving and' guiding the upper flights of endless link belts to guide and hold retractable feed fingers 31 in position to extend through slots 35 for engaging and feed- 25. These guides 4| are so positioned in guiding the top flights vof vendless link belts 36 that only a sufficient amount of the upper free ends of the retractable feed ngers in theirextended position project through the Slots tov fully and firmly engage the edge of a paper sheet or document to obtain positive feeding thereof..

The link belts 36 are illustrated in the drawings in'the form of endlesschains of conventional construction. Certain of the links of these chains are of specialconstruction to. carry retractable feed angers 31. Either the central link-of the rcham or one of the: pair of side plate links connecting two center `links, may, be :constructed to Y 7s carry feed fingers-[31.,Y 'Ih'edetails' of Vconstruction of a side plate link for carrying the feed fingers are illustrated in Figs. 8 to 10 showing a special side plate for connecting two center links at 42 formed with a projecting portion on one edge thereof terminating in a laterally extending projection 43. If a center link were used instead of a side plate link it would be formed with a similar projection to projection 43.

Each retractable feed finger comprises a holder 84 having a foot portion secured to lateral projection 43 by a set screw and a cylindrical passage for slidably mounting feed fingers 3l. Finger holder 44 houses a coil spring 45 for compression against the inner end of feed finger 5l for normally projecting it outwardly from the free end of the holder. A retaining screw 45 is mountedin feed finger 3l through an angle slot 47 in holder lill. One portion of the angle slot extends axially of the cylindrical portion of holder 44 and the other part extends circumferentially therefrom at the inner end for holding feed finger 3l in retracted position when it is pushed inwardly against the tension of spring l5 until retaining screw 4S can be moved into the circumferentially extending portion of slot 4l. This will hold feed finger 3l in a retracted position where it will not project through the slot 35 and therefore will not feed documents. The free end of each feed finger 31 is formed to provide a flat transversely extending face on the front and rear sides thereof as shown in Figs. 8 and 10, to provide document engaging faces for engaging the edges of documents in the feeding operation, as shown in Fig. 8. The free end of each feed finger is therefore of narrow dimension in the direction of feed so two documents can be arranged with edges close together for photographing.

It will be noted in Fig. 4 that document feed fingers 5l are not mounted in uniformly spaced relation on the endless chain but are unequally spaced. rlhis unequal spacing provides for the feeding of documents of various sizes through the photographing position on the copy plate by the particular selection of feed ngers desired for the size of the document while the remaining feed fingers are retracted into inoperative position.

Supplemental frame 26 between longitudinally extending guides 4l is formed with a plurality of upwardly extending projections having copy plate 25 secured to the upper ends to provide a reinforced construction in which copy plate 25 is rigidly supported in flat relation against flexing.

The drive connections between copy table drive shaft 34 and sprocket shaft 4e are shown in Figs. 2, 5, 6 and l1 to l5.

Crank arm 43 is mounted in radially extending relation on the right-hand end of copy table drive shaft 34 for rotation therewith. Crank arm 4S is provided with a pair of radially extending guideways slidably mounting a slide block 49 carrying a projection rotatably mounting one end of pitman 5t. A manually rotatable screw 5l is mounted in radial relation in crank arm 48, as clearly shown in Fig. 5, and is threadedly engaged in slide block 49 for holding it in any position of adjustment in the guideways of crank armd. An indicator strip 52, Fig. 2, is mounted on crank arm 45 adjacent one of the guides for slide block 49 for cooperation with an indicator mark on the slide block to indicate the different positions in which the slide block may be set for a plurality of different predetermined feeding positions of the slide block on the crank arm fo documents of the sizes indicated.

The other end of pinnenr 5t is pivotaiiy connected to a gear segment 53, Fig. 2, rotatably mounted on shaft extension 54 projecting outwardly from the right-hand side frame member 24 in the lower central portion thereof.

Gear segment 53 has the gear teeth thereon meshing with the teeth of a gear rotatably mounted on a sleeve 56 which is rotatably mounted on the outer end of sprocket Shaft 4U, Figs. 5, 12 and 13. Gear 55 has a'n'a'nnular collar 5l formed integral therewith on one side and vfarmed with an annular groove-58 having the rollers onY the inner ends of control pins 59 `engaged in the groove. Control pins 59 are adjustably mounted, as shown in Fig. 15, in the centralyoke portion of clutch operating arm E0. 'Arm 6) has one end pivotally mounted on an `ur'ywardly extending pin formed on pivot bracket 'EL as clearly shown in Fig. 2. The other and free end of clutch `operating arm 6E! extends in angular relation to the portion extending between the pivot bracket and control pins 59 and carries an upwardly projecting stud 52 having one end of a tension spring 53 engaged thereon with the opposite end secured to a stud 54 depending from the under side` of copy plate 25. Spring B3 normally tends to move clutch operating arm toward the righthand side frame member 24. Another stud projects from the free end of clutch operating arm 6U at right angles to stud 62 as shown in Fig.

2 and rotatably mounts'a roller 66 on the free end thereof.

Gear 55 has a clutch tooth 61 on the inner face projecting inwardly for engagement in a slot 58 formed inthe adjacent. face of pawl carrying plate E9, Fig. 14. This plate 69 is riveted to an annular flange formed on the inner end of sleeve 56, Fig. 12. Y carrying plate 69 pivotally mounts' a pawl 'H on the inner face thereof in position for the free end toengage withratchet teeth on ratchet wheel 7?.. Ratchet wheel 12 is pinned on sprocket shaft adjacent the bearing mounting of said' shaft in right-hand side frame member 24, as clearly `shown in Fig. 12. The outer face of ratchet wheel 12 is recessed to `receive annular flange 'lil on sleeve 5E in order' that pawl carryingplate 69 can be mounted in close adjacent relation to ratchet wheel '12. A spring 'I3 is mounted on the other corner of pawl carrying plate B9 in the manner shown in Fig. 14 and has o pposite ends arranged to engage pawl carrying plate 59 and pawl 'H for normally movingvthe free end of pawl 'Il into engagement'with the teeth on the periphery of ratchet wheel 12 so that in the oscillation of pawl carrying plate 69 back and forth, pawl 'Il will engage the teeth on ratchet wheel 12 and rotate the ratchet wheel intermittently in one direction.

A. collar 14 is mounted on the end of sprocket shaft 4D for normally retaining sleeve 55 against endwise movement on the outer end of shaft 4G, the inner end thereof being engaged with` the outer face cf ratchet wheel 12.

Gear 55 is slidable axially on sleeve 56 in the operation of clutch operating arm 60 in order that clutch tooth 61 can be engaged and disengaged with slot 68 in pawl carrying plate 69.

When clutch operating armil is movedinwardly toward side `frame member 24 clutch tooth 61 will be engaged in the slot in pawl carrying' plate 59.17111 this engaged relation rotation `of copy table drive shaft 34 will rotate crank arm 43 `and convert the rotary motion of said shaftv into reciprocating motion through pitman 50 which will cseiuate gear segment 53 on itsshaft One outer corner of pawl extension 54; This oscillation of gear segment 53 will in turn oscillate gear 55 and pawl carrying plate 69. This oscillation of pawl carrying plate 69 will intermittently drive ratchet wheel I2 in a clockwise direction as illustrated in Figs. 2 and 14 to thereby intermittently rotate sprocket shaft 4B in a clockwise direction Vas shown in Figs. 2 and 14 and lineally move link belts or chains 3S intermittently Vin one direction for feeding documents through the photographing position on the copy table from the left to the right as shown in Fig. 2.

When clutch operating arm 69 is moved to disengage clutch tooth 67 from slot 68, continued rotation of copy holder drive shaft 34 will merely oscillate gear segment 53 and gear 55 on sleeve 5S while sprocket shaft Ml and pawl carrying plate '69 remain stationary.

In order to hold sprocket shaft 40 stationary in the disengaged position of clutch tooth 61, the left-hand end of sprocket shaft 40 on the opposide side of the copy table is provided with a friction clutch 15. Friction clutch 15 has a stationary clutch plate 16 engaged against the portion of Vside frame member 24 surrounding the bearing for sprocket shaft 40 and held against rotation by pins 11, Fig. 5. A plurality of annular friction discs are engaged on rotatable clutch plate 'I8 keyed on the end of sprocket shaft 49 for longitudinal sliding movement on the shaft.

A collar 'I9 is retained on the end of sprocket shaft 40 by a set screw for holding a coil spring 33) under pressure between collar 'I9 and rotatable clutch plate 'I3 to maintain the desired amount of friction between clutch plates 16 and i8 and on the clutch discs engaged between them so that sprocket shaft 40 is held stationary against rotation at the end of each positive feeding operation by pawl 'Il as described above. By this means accurate feeding of documents by retractable feed fingers 3l can be obtained.

A cover plate frame 8| carrying a transparent cover plate k82 has the rear corners at each side provided with a rearwardly extending pivot projectionV 83 pivotally mounted on pivot brackets 84 secured to the rear inclined portion of copy plate 25, as clearly shown in Figs. l and 4. The right-hand side portion of cover plate frame 8l has a bifurcated projection 85 extending laterally therefrom, as clearly shown in Fig. l, carrying a transversely extending pin 8S.

A manually operable lever 8'! is formed to provide a handle at the upper end projecting above cover plate frame 8l and extends in substantially vertical relation downwardly at the right-hand side of the copy table through a slot in copy plate 25 with the lower end pivotally mounted on a laterally projecting stud 88 carried by the free end of rock lever 89. The central portion of rock lever Se is pivotally mounted on shaft projection 9% provided on the central portion. of right-handk side frame member 2:1. The other end of rock lever 39 carries a roller-'that rides on the periphery of cam 9i secured to the inner end of the hub portion of crank arm 4S for rotation therewith in the rotation of copy table drive shaft 34.

A shoulder 92 is formed on the inner edgeV of manually operable lever 8? at the upper end portion for engaging transversely extending pin 86 in the bifurcated projection 85. A coil spring 93 has one end secured to the end portion of rock lever. 39 adjacent stud A83 and extends downwardlyY therefrom and' is secured at the lower end to the lower portion-of right-hand side frame 24, as shown inFig. 2.v This spring is' under 'tension for normallyoperating rock lever 8S to hold the roller on the opposite end thereof in engagement With the periphery of cam 9 I. In the rotation of copy table drive shaft 34 cam 9| will operate rock lever 89 to move manually operable lever 87 up and down in timed relation with the intermittent rotation ofsprocket shaft 10 for-raising cover plate frame 8l and cover plate 82 upwardly in spaced relation above copy plate 25 during the time that sprocket shaft d is rotated for moving the feed fingers and feeding a document on the copy plate. Y

There are times when it may be desired to produce a plurality of copies of the same document. t is, therefore, desirable to control the operation of the document feed independent of the operation of the remainder of the machine so that a document will remain stationary on copy plate 25 under cover plate 82 so that a plurality of duplicate copies thereof can be produced.

Cover plate 82 defines the photographing position on copy plate 25. When it is desired to produce duplicate copies of a document, manually operable lever 8l is moved toward the outside or right-hand side of the copy table for disengaging shoulder Q2 from transversely extending pin 86. Then, in the operation of copy table drive shaftl tl manually operable lever 81 will merely be oscillated up and down without engaging pin 86 and without raising cover plate frame Si. Lever 87 has the central portion thereof formed with a vertical slot that receives roller 66 on stud 65 of clutch operating arm BD. When manually operable lever 8l is moved to disengage shoulder B2 from pin 86, clutch operating arm 56 is also moved to disengage clutch tooth 6l from slot 53 and disconnect the drive means from sprocket shaft ll. This will provide for the operation of the machine without feeding a document into or out of the photographing position so that as many copies as desired may be made of a document in photographing position.

A holding lever 9A is pivotally mounted on the under face of copy plate 25, as shown in Fig. 2, in horizontal relation with the free end projecting outwardly through a slot in the right-hand side plate of the copy table. Holding lever 94 carries a roller 95 in a position so that the edge of the roller will engage the inner edge of manually operable lever ill and hold it and arm 8:3 in the document feed disengaging position thereof, as shown in Fig. l2, and retain this lever 8l in this position during its up and down movement in the production of duplicate copies of a document in photographing position. A coil spring S8 has one'end secured to lever $4 and the opposite end secured to a stud projecting downwardly from the under side of copy plate 25. Spring 96 is normally under tension for moving holding lever S4 into position to hold manually operable lever 87 in the disengaged position of the copy feed. A guide bracket 9'! mounted on the under side of copy plate 25 holds the free end of holding lever 94 againstflexing. By pulling the free end of holding lever 9d forwardly, or to the left as shown in Fig. l2, roller 95 will be disengaged from lever 81. Spring :63 will then operate clutch operating arm SS and through the medium of roller 68 move lever 87 into its operating position for engaging shoulder 92 with pin 86 while the Vdocument feed will be engaged by operation of collar 5l to engage tooth? in slot 68 for operation from copy table drive shaft 34.

A main control bar 88 is mountedin advance of the front end of said copy table on the free ends of a pair of "spaced parallel levers 99 eX- 9i tending rearwardly under thetop portion of the copy table and. mounted at the rear end on the endsof. al shaft Idil. rotatable in bearings in side frarnemembers. 2d, as clearly shown in Fig. l. A micro-switch. lili is mounted on the forward end of the left-hand side frame 24, as shown in Figs. l, il', 4 and '7, and has a spring arm m2 secured thereto at one end and provided with a roller at the opposite end engaging` the under side of the lever 5.5i. on. the left-hand` side of the copy table.

This structure is` arrangedso` that depression of main. control bar 98 will move the roller and spring arm. lili downwardly as shown in Fig. 3, for example, and operater the .micro-switch to close an electric circuit to a solenoid (not shown) to release the drive means for one cycle or operation.

Main control bar 98 is held in upper position through the medium of a coil spring ID3 having one end secured to laterally extending arm |04 depending from the left-hand lever 99, as shown in Fig. 3. The other end of coil spring I03 is suitably secured to left-handside frame member 24 tomaintain the spring under a suitable tension for holding main control bar 58 in the `upper position in which micro-switch IEIi will normally remain in a position toV open the circuit to the solenoid and hold it open.

It is also found desirable to provide means for operating micro-switch IBI by means of the knee instead of operating control bar 98 by the hand. For this purpose a knee pad |95 is mounted on an angle lever IilS having one end in horizontally extending relation and rotatably mounted in bearing lill on the right-hand side frame member 2f, Fig. 2. The portion of angle lever IUS carrying linee pad H25 depends downwardly at the front end of the copy table as clearly shown in Fig. 2. The horizontal portion of angle lever H36 in bearing I iJ'I has a nger |08 rigidly mounted on` the free end engaging the top of the laterally extending end of a projection IUS provided on the right-hand lever S9.

By operating knee pad` H55 to move angle lever it in a counter-clockwise.direction, or to the left as shown in, Fig. l, finger ISB will be moved downwardly and engage projection IUS to move spaced` parallel levers 99 downwardly for operating micro-switch lill to close the circuit to the solenoid.

A cable liti carrying the wires from microswitch lill extends through the central portion of the copy table frame and downwardly through the` central portion of post 22, as shown in Fig. 4, and then through casing III and base II2 of the photographing machine I9 to the drive unit and solenoid. For convenience in illustrating the invention this cable is omitted from some of the figures in the drawings.

The copy table has the rear end of copy plate 25 extending to the rear of the photographing position and inclined downwardly and rearwardly as shown at the right-hand side of Fig. 4. The copy plate is then provided with a depending vertically extending portion secured to the rear edges of side frame members 24, as shown. Side cover plates H3 are secured to the under side edges of copy plate 25 at the upper edges and at the lower portions are secured in spaced parallel relation to side frame members 24 to fully nclose the feed mechanism mounted in the copy table. The front end of the copy table is provided with a front cover plate II4 detachably secured'about the front end of the frame mem-` ber 24 as shown in Fig. 4, to provide a document tableover the top'of theframe at the front portion thereofi as indicated at H5 and then extend down over the front ends of frame members 24. The lower front. portions of. side frame members 24 are formed to provide inclined front edges extending forwardly and upwardly from the bottom edges ofA the copy table frame as shown in Fig. 4, with the front; cover plate provided with an inclined; portion; secured to these inclined front edges. The side edgesV of cover plate H4 extend toiand are engaged with the front edges of side cover p1atesII3 also having the front edge portions inclnedcorrespondingly t0 side `frame members 24. Y

it` will be noted that document table II5. is positioned above the horizontal plane of copy plate 25 at the frontend of the copy table. A supplemental table section II6, Figs. 1, 4 and 7, is slidably mounted in guides 4I I 'I on the under side of document table II5 and has the rear end projecting fromunder document table II5 over the top` face choppy plate 2.5; The rear portion of supplementaltableV section .I lli extends entirely across the copyl table as shown in Fig. 1. This supplemental table section is slidably longitudinally for adjustment over copy plate 25 t0 provide a longer or; shorter 'document table as desired depending on the size of'documents being photographedin the machine.

Operation ments such as index cards and the like, partcularlyrthose included in several standard sizes as follows:

The sizes expressed above are in inches. The machine as disclosed in copending appli--Y .cation SerialxNo. 528,221 is designed to use difby continuous intermittent feeding of documents in operation' of retractable feed lingers 37. This gains a substantial advantage in producing a limited number of duplicate copies of documents because the documents may be continuously fed throughA the machine whilethe desired number ofr duplicates are.` produced. i

The arrangement and operation of the photographing machine I9 is. fully set forth in the said copending application 528,221,` particularly the placing of the sensitive strip |28 inthe photographing machine housing and its adjustment. rlhis machine is particularly designed for taking a large number of pictures of documents. of one size at the same time on a sensitized strip.V care ried on a supplyspool |218. mounted in said photographing machine I9. and fed through the focal plane of the 'camera in spaced apart vertical guide strips I 25 to a receivingspool I30 by means of a reed roll HEI, .forming a part of the feed mechanism of machine t9. The above arrangement is clearly shown in Fig. `l 6.

At the time the sensitized strip is placed and arranged for photographing a group of cards, the copy 'table is also set in position and adjusted for properly feeding .ie cards through the photographing position. The cooperating feed mechanism of the camera and copy table for the sensitized strip and groups of cards, respectively, are adjusted, as fully described in the said copending application, to feed the sensitized strip a sufficient amount to move an exposed portion thereof out of the photographic plane behind the masking plate |24 of the camera, Fig. 16, and to move the retractable feed fingers to feed a document a sufiicient amount so that it will be accurately moved into proper focus for photographing and then moved out of this position and be replaced by another document in the same position. Side cover plates H3 are usually removed from the copy table in making these adjustments to set up the machine for photographing a group of documents of one size. n v

The copy table is positioned either in front feed or side feed position according tothe type of documents being photographed and the number of copies desired.

Fig. 16 illustrates diagrammatically one application of the invention for photographing documents to produce three copies of a document with the copy table |8 in side feed position. The illustration in Fig. 16 shows how cards of the small size listed above, that is 2.4 x 3.6 inches, may be fed over copy plate 25 in side feed position and three photographic copies produced on a sensitized strip 7.6 inches wide. the machine is used for state automotive registration purposes in several different states.

It is customary for an applicant for state auto registration to make out a printed application form. A particular area of this form having the 2.4 X 3.6 size is filled out by the applicant with all ofthe information that he is required to carry on his copy of the certificate of registration. A negative of this portion of the form is produced and these negatives are then used to produce positive copies on the present machine as disclosed in this application in the manner disclosed in Fig. 16.

The copy table IB is arranged in side feed position andthe feed mechanism for document feed fingers 31 is adjusted so that selected feed fingers 31 positioned at the distance of 2.5 inches apart on the endless members are in projected feeding position and the remainder of the fingers are moved into retracted position. Crank arm 48 of the feed table has the rotatable screw I adjusted to position slide block 49 for rotating sprocket shaft Li0 an amount suiiicient to move link belts :36 a distance of 2.5 inches in each lineal movement thereof in feeding the cards through the photographing position. The negatives of the cards will be fed with the 3.6 inch dimension extending transversely of copy plate 25, as shown in Fig. 16.

The sensitized strip masking plate and feed mechanism will be set up so that the strip will be fed 3.85 inches in each cycle of operation of the machine in taking each photograph and punching the strip adjacent thereto. The photographing arrangement as disclosed in Fig. 16 will be such that when one of the negative cards is moved Vinto the photographing position indicated by the numeral H8 in Fig. 16, it will be at the left-hand side of the photographing position toward the front of the copy table and will produce an image in the focal plane on the sensitized strip at the upper right-hand corner of the focal plane, as indicated by the numeral I I9. These negative documents are continuously fed from the front end of the copy table in side feed position,

This application of so that in each operation of the machine through one complete cycle by depressing control bar 98 a document will be fed forward one step and photographed. Each successive document being moved into this position H8 will produce a photograph on the sensitized strip at position H9 and these photographic images will be in successive order in longitudinally aligned relation on one side of the sensitized strip.

The arrangement shown will produce three copies of each document. The first copy is produced in the position I9. During the production of subsequent copiesthe image of the first document will be moved successively downward with repeated feeding of the sensitized strip in the manner hereinabove described until the rst image of the iirst document reaches a position indicated in Fig. 16 at |20 at the time the third copy of a copy ismade.

The first operation of control bar 98 will first feed a document into position I I8, simultaneously feed the sensitized strip into the focal plane, and then punch and photograph the document in position I I8 on the sensitized strip in position H9. This will complete one cycle of operation obtained by operating control bar '98.

rIhe depression of control bar 68 again will set the machine in motion to complete another cycle oi' operation of the machine. During this next cycle of operation the card in position HS will first be moved into position |2I with simultaneous feeding of anew card to position i i3 and feeding of the sensitized strip to mover the first card image downwardly behind masking plate |26. The cycle of operation is completed by the punching of the strip and photographing the two cards in positions II 8 and |2I on the sensitized strip.

Depression of control bar S8 a third time will secure another operation to feed the first card to position 23, the second card to position |25, and a new card to position H8, all in photographing position. Another portion of iilm is fed into the focal plane above mask I 24 and when this is completed the punchingand photographing means will be operated to complet-e the cycle when the situation disclosed in Fig. l5 will exist.

The rst card photographed designated A, Fig. 16, will have the first image thereof located at position |26, the second image in the central portion of the sensitized strip is located under masi:- ing plate |24 at the position |22. The third image of card A in position |23 wili be produce-d on the sensitized strip at position |25. The ond vcard indicated by the letter B will have the photographic copies thereof in corresponding positions on the sensitized strip following those of card A. Card C will then be photographed in successive operations to produce three copies following the copies of card B.

In the third cycle of operation it will be noted thatl cards A, B and C are photographed simultaneously and in subsequent operations three cards will be photographed in a similar manner as long as new cards are fed. The card A and following cards will be discharged from position 23, Fig. 16, over the'rear downwardly inclined surface of copy plate 25 into card receptacle |25 mounted on the rear end of the copy table, Fig. 9. In the many operations for producing pictures of documents, it will be understood that the mechanism on the copy table as hereinabove described will be operated to lower cover plate and cover plate frame 8| into a position whe cover plate 82 will engage the upper face of docu- V13 ments` on the feed table in the photographing position and hold them firmly in a flat position on the table so that they will `be clearly photo graphed on the sensitized strip. During each feeding operation of the cards over `the copy table in the photographing position the'mechanism operates to lift cover plate frame ii! with the cover plate in the manner as shown in Figs. 2 and 3 so that it will not interfere with the feeding of the documents and in order to avoid scratching of the under face of the cover plate. However, in photographing some types of documents, cover plate frame t! will be removed and a guide frame placed on copy plate 2E with `:portions engaged in grooves l2? for holding it in position.

It will be understood that in the operation `of control bar et to energize the solenoid, the drive means of the photographing machine will oper* ate to produce one complete cycle `of operation in the manner described in the aforesaid cepending application. This will produce one complete revolution of the main drive shaft for the sensitized strip feed mechanism when adjusted to obtain the length of feed desired for a particular photographing operation such as the one dis* closed in le and described above.

The copy table mechanism will be operated so hat copy tab-le drive shaft Sill will also be rotated 'through one revolution. This will first operate cam El to hold cover plate frame di in an elevated position while segmental gear 5% is moved from the position shown in 2 in a counterclockwise direction in the clockwise rotation of crank te one-half revolution as shown in 2. Pawl carrying plate Eil will be rotated in a clockwise direction for rotating feed shaft 4d for feeding documents over copy plate 25. Eleg- Jnental gear 53 will be moved an amount equal to twice the radial distance of slide block 49 from shaft 3d. ln the completion, of the revolu tion of the copy table drive shaft, segment 53 Will be moved in a clockwise direction back to the position shown in 2. |his movement will cause pavvl carrying plate iid to move in a counter-clochwise direction as shown in pawl l'l will idle over ratchet wheel. l2, documents will not be fed, and cover plate frame el will be in a lowered position to hold the documents while they are being photographed,

In setting up the copy table for document feed purposes, for example to feed cards of the size as herein described above in connection with Fig. i6, guide frames are used with frame ill removed for guiding the documents at the edges so that they will be positioned transversely of the copy plate and guided in a straight path during the feeding movement through the photographing position. For this purpose copy piate may be provided with a series of longitudinally extending shallow grooves |21 intermediate of and on opposite sides of slots 35 as clearly shown in Fig. l. Guide strips, not shown, are formed on the bottom or the guide frames and nt into selected grooves for holding the frame in position on copy plate 25 for guiding the cards. lt will be understood that a series of guide frames be used instead of frame Si, each for a different size of document. Masking plates may also be used on.

the copy table in making .photographic copies of documents. The several grooves are formed in copy plate 25 to align and position the maskingV plates and guide frames in desired positions.

A pair of angle guide members |32 have upwardly extending guide flanges formed thereon sired portion of the photographing position. suchas illustrated in connection with the disclosure in Fig. 16, Where the documentsY are fed. through the photographing position at the left-hand side of the optical center of the photographing means compared with the positionof copy table 25 in order to bring the major `portion of-the image photographed on the sensitized strip above the optical center in the focal planeon the strip feed supporting member.

It will be understood that 3 x 5 and 4 X 6 inch cards may be photographed with the copy table in the side feed position in a manner similar to that disclosed in Fig.` 16 so that two photographic copies of documents may beproduced in a similar manner to the production of three copies; as described and shown in Fig. 16. This side feed position of the copy table, therefore, facilitates the production of a large number of copies of documents` Where two or three copies o-f each document are desired and at the same time rapid photographing of documents can `be obtained because of the continuous feeding operation of documents on the copy table and through the photographing plane with a new document being fed for each cycle of operation of feeding and photographing through depressing bar 9S.

Where larger documents than those'just mentioned are to be photographed and in cases where only single photographic copies are desired, it is preferable to feed the copies over the copy plate with the copy table arranged in the front feed position. ln photographing documents with the copy table in the front feedv position it will be understood that a sensitized strip having the same Width as the document being photographed will be used and mounted inthe strip feed mechanism. By Width of the'document is meant the dimension of the document that is arranged to extend transversely fromsidefto side of the copy table. When the machine is set up for photographing documents in the front feed position at unity, using a strip having the same width as the transverse dimension of the card across the copy table, then the` position of the document on thecopy table is arranged so that the rear edge of the document on the copy table will have its image at thetop edge of the focal plane on the sensitized strip supporting member adjacent the position where the sensitized strip is punched.

Feed lingers 31 will be selectively set in position to feed the size of documents desired and the remaining feed ngers moved into retracted. position. The various cranks have the links adjusted for the desired amount of feed of the sensitized strip and the document with the spool engaging members adjusted to center the spools between the side frame members andthe guides for the strip adjusted 'in proper position. Then,V

fed subsequently from the forward end ofthe feed table between the side guides into position to be picked up by feed lingers 31 and fed into and through the photographing position with operation of control bar 98 to obtain subsequent cycles of operation of the machine for successivelyT photographing successive documents. If the documents can be fed at the front of the copy table fast enough by an operator using both hands and operating the micro-switch with the knee pad instead of control bar 98, holding the switch engaged continuously will secure continuous operation of the machine for feeding and photographing documents. A good operator can continuously feed documents of the various sizes mentioned into the machine during continuous operation thereof for various periods of time.

When duplicate photographic copies of documents are desired for any of the different sizes with the copy table in frontfeed position, it is necessary for the operator tomanually Voperate manually operable lever 81 to disengage shoulder 92 from pin 86 thereby disengaging the clutch and stopping the copy feed mechanismwhile the drive unit may continue to operate the sensitized` strip, punch and photographing means for producing as many copies of the document as may be desired through the operation of control bar 98 in the usual manner. When thev desired nurnber of copies have been made holding lever 94 is operated to release manually operable lever Si and allow it to return into its normal operating position wh-ere shoulder 92 engages pin 86 and the clutch mechanism is engaged for operating sprocket shaft 4U and feed fingers 3l to feed documents over copy plate 25.

In setting up the machine for any vof these photographing operations it will be appreciated that the copy table may have its position adjusted longitudinally and laterally on the base by the operation of the various adjustments of the copy table mounting structure hereinbefore described. The copy table can also be raised or lowered relative to the lens unit |34 and the prism |35 so that copies at unity may be brought into proper focus on the ground glass plate of the photographing machine by viewing the image of the copy and adjusting the focus through opening a door in the rear wall of the photographing machine housing, not shown in the drawing.

The provision of a copy table with a document feed for feeding documents in one direction from the front to the rear end of the copy table and its mounting for positioning in either front or side feed position, provides a document photographing machine that will photograph a large variety of document sizes normally used in business for rapidly producing one or more copies thereof in an eiiicient manner and at low cost. The ability to shift the cop-y table from the front to the side feed position materially increases the ability of the machine disclosed herein to handle and produce a greater variety of photographic copies of documents than has heretofore been possible with machines that are not capable of being operated in the manner of the present invention. The structural cooperation between the copy table, the copy table mounting, and the drive means facilitates the shifting of the copy position to the side feed position, or for changing the position of the parts from taking pictures of one size of documents to that of another size of documents, is facilitated by the cooperative features of construction of the copy table and the copy table mounting with the drive means and the mounting of the photographing means on the gate carried by photographing machine housing. The provision of the gate structure shown in the aforementioned application for opening up the front of the housing of the photographing machine to provide access to the various parts of the strip feeding mechanism also cooperates in facilitating the employment of the copy table herein disclosed for photographing the many vdifferent sizes of documents herein referred to.

It will be further understood that in addition to the document sizes above mentioned many different intermediate slzes of documents may be photographed by setting the machine up for strip feed and document feed corresponding to the results desired, the examples given being mentioned for the purpose of illustration of some of the varieties of commercial document sizes in common use that are readily photographed by the operation of this machine to produce one or more duplicate copies of the documents, as desired. Considerable economy is effected in the use of sensitized paper due to the photographing of the documents close together thereon so there is little waste of sensitized paper between the photographic images of documents.

The invention claimed is:

l. A copy feed for document photographing machines comprising an upright supporting member, and a copy table having a frame mounted on the upper end of said supporting member, a copy plate mounted on the top of said frame formed with a plurality of spaced parallel longitudinal slots, a plurality of sets of retractable feed ngers, each set having feed fingers operable in each of said slots in said copy plate, linger mounting means on said frame for mounting said sets of feed fingers in spaced relation for movement in one direction in the slots in said copy plate with an end of each finger normally projecting above said copy plate for engaging and feeding documents successively in one direction over said copy plate, said ngers being individually and manually retractable into an inoperative position, remotely located drive means, and adjustable means operated by said drive means for moving said finger mounting means in one direction for operating said fingers to feed documents whereby the retractability of said feed fingers provides for the accommodation of different sized documents and the adjustable means selectively varies the feeding movement of the operative fingers relative to the document size.

2. A copy feed for document photographing machines comp-rising an upright supporting member, a copy table having a frame mounted on said upright member, a copy plate mounted on said frame having a plurality of longitudinally extending spaced parallel slots, a plurality of sets of manually retractable feed fingers having one finger of each set operable in one of said slots, finger mounting and guide means mounted on said copy table carrying all of said sets of fingers for operation in said slots to engage and feed documents over said copy plate, each of said fingers being manually retractable into inoperative position, drive means for operating said fingers to feed documents, and selective means *acne-,2407

chinos comprising a 'copy table` having a frame, a copy "platemounted on'said `frame having a i :plurality of `spaced `parallel longitudinal slots, a

plurality "of :sets of manually 'retractable feed ,'nge'rs :having free `ends normally projecting through ysaid slots for engaging and feeding fdocuments onsaid `copy plate, finger mounting and guidemeans carried by said copy table and mountingallof said sets offngers for successive `Inovementinrsaiol slotsin one direction, continuously rotating drive meansfand adjustable means connectedtoand driven by said drive means for `converting :continuous rotative movement `into intermittent predetermined lineal movement,said last-mentioned means being connected to lintermittently move said lingers for feeding documents intermittently in accordance with the size therel of, said fingers vbeing manually and selectively retractablefor feeding documents of varying size.

4. `A copy feed for document photographing machines comprising a copy table having-a frame, a copy plate mounted on said frame having a pluralityof spaced parallel slots, a plurality of setsof retractable feed lingers, each nger being manually retractable into inoperative `position and normally having a free end projecting throughione of said slots in said copy plate for engaging a document to be fed, endless flexible members carrying saidln'gers in spaced relation for lineal movement to move said fingers successively alonglsaid slots-iin one direction, means carried by said `frame supporting said endless members for lineal movement, rotary drive means, and motion converting means connecting said rotary drive means' and endless member supporting means adjustable for intermittently'moving lsaid Vendless members and lingers varying v'amountsfaccording to adjustment to intermittently feed documents of varying size an amount equal to and greater than document size i in the Ioperation thereof by said rotary drive means.`

`5. AV copy feed for document photographing machines comprising a copy table having alframe, 'a copy plate mounted on said frame having a plurality of spaced parallel slots, a plurality of sets of retractable feed lingers, each finger normally projecting through one of said slots for engaging and feeding a document over said copy plate and being manually retractable into inoperative position, a pair of shafts rotatably mounted in said frame in transversely extending relation, endless feed members, one for each of said sets of feed fingers and operably carried by said shafts for lineal movement in the rotation of said shafts for operating said lingers in the movement thereof to feed documents, rotary drive means having a shaft rotatable in said frame, a crank arm on the shaft of said rotary drive means, an oscillating device mounted on said frame formed for engaging and rotating one of said pair of shafts in movement in one direction for feeding documents, brake means for normally holding said pair of shafts against rotation but insuflicient to hold said shafts when operated by said drive means, adjustable link means connected to said oscillating device and to said crank arm for transmitting the rotary motion of said drive means to oscillate said oscillating device in variable amounts equal to or greater than the size of the respective documents.

6. A copy feed for document photographing machines comprising a copy table having a frame,

18 vascopy plate mounted on said `frame `formed y'with a plurality '1 of spaced parallel slots,"`a plufrality of setsof retractable `feed fingers, leach `iriger being manually retractable into inoperative `position-and vnormally having a free end for fprojectingithro'gh oneofsaidslots to engage and feedfla document in operation thereof, supporting `means mounting said feed `ingers'for movement in one direction in an endless'path havin'gfone portion parallel to :the 'slotted `ijiortionof said copyp'late for feedingdocumentsin one direction over said copy plate,\said supporting means having la driven part with connectionslfor moving "said feed iin'gers in the operation thereof, fan

oscillating Imember formed for engaging 'said -driven `partintermittently for moving it variable jamounts in one direction, `continl'iouslyrotating i drive means, motionf converting 'means connect- 'ing said drive `means with said oscillating memberforconverting rotary to oscillating motionfor "oscillating said oscillating member including adljustable` means Vfor selectively varyingthe oscillating stroke of `said oscillating member, and manually operable control 'means for saidfdrive 'meansor obtaininga cycle of operation of lsaid copy feed" in each operation Vthereof vin which said supporting mean'sis operated lan amount Vsuflicient for intermittently feeding documents across saidfcopyplate intoone of a series'ofpredetermined successivepos'itions.

'7.A copy feed .for documentphotographing machines comprising a copy tablehaving a frame, a copy plate mounted on `said lframe formed with a plurality of spaced parallel slots, a plurality of sets of retractablefeed fingers, each Yfinger being manually retractable into `inoperative position and normally havinga lfree endfor projecting through one 'of said slots to engage andfeed a document in operation thereof, supporting means mounting said feed fingers 4for movement in one direction in an endless path having one portion paralleljto the slotted portion of'sai'd-copy plate for feeding documents in "one direction` over said copy plate, said supporting means having a driven part with connections 'for moving said feed fingers in the 'operation thereof, an oscillatinginember formed for `engaging said driven part intermittently 'for moving it variable amounts 'in one direction, operating means Yfor oscillating said oscillating member including adjustable means for selectively varying the oscillating stroke thereof relativeto the size of the documents, and manually operable control means having the` manually operable parts thereof carried by said copy table for securing a cycle of operation of said copy feed by said operating means in each manual operation for intermittently feeding documents over said copy plate from one position Ato another adjacent position in a series of predetermined positions for documents on said copy plate.

8. A copy feed for document photographing machines comprising a copy table having a frame, a copy plate mounted on said frame having a plurality of spaced parallel longitudinal slots,

a plurality of sets of retractable feed fingers having free ends normally projecting through said slots for engaging and fee-ding documents on said copy plate, finger mounting and guide means carried by said copy table and mounting all of said sets of lingers for successive movement in said slots in one direction, continuously :rotating drive means and adjustable meansdriven by said drive means for converting continuous movement into intermittent movement connected to l intermittently move said lingers varying amounts for feeding documents intermittently theamount of vfeed being determinedy by the setting of said adjustable means, saidv lingers being manually retractable for selective 4use in feeding documents v of v'varying size, and manually operable control means carried by said copy table for securing one cycle of operation by said drive member to feed a document into onev of. a series of vsuccessive positions across said copy plate.

,9. Arjcopyfeed vfor document photographing f machines comprising a copy table having a frame,

a copy plate .mounted on said frame formed with `a plurality of spaced parallel slots, a plurality of sets of retractable feed fingers, each l linger being manually retractable into inoperative rection in said slots for feeding documents of varying sizes over said copy plate, a platen mounted for movement toward and from said copy plate for engaging and holding documents against said copy plate during intervals in movement thereof by said feed fingers, and means for moving said platen away from said copy plate during movement of said feed lingers operated by said linger moving means in timed relation with the movement of said lingers.

l0. A copy feed for document photographing machines comprising a copy table having a frame kand a copy plate thereon formed with a plurality of spaced parallel slots, a plurality of sets of `manually retractable feed lingers, each linger being retractable into inoperative position and normally having a free end projecting through oneof said slots to engage and feed a document in the movement thereof along said slots, a platen movably mounted on said copy table for movement toward and from -said copy plate to hold documents against said Vcopy plate in one position thereof, `adjustable means for intermittently moving said feed lingers variable amounts relative to the sizes of the documents to feed said documents over said copy plate and move said platen in timed relation vaway from said copy plate during movement of said feed fingers, and

manually operable control means for said lastmentioncd means adapted to secure one cycle of operation of said last-mentioned means in each operation thereof to feed a document into one of aV series of successive positions on said copy plate in said intermittent operation of said feed fingers.

11. kA copy feed for document photographing machines comprising a copy table having a frame, a copy plate mounted on said frame having a plurality of spaced parallel slots, a pluralityof sets of retractable feed lingers, each linger being manually retractable into inoperative position, each of said lingers normally having a free end projecting through one of said slots in said copy plate for engagement with a document in feeding a document across said copy plate in cooperation with other lingers, linger mounting and guide means mounted on said copy table operably carrying all of said lingers, rotary drive means on said copy table, drive connecting means on said table connected with said rotary drive means and vsaid linger mounting and guide means havingA relatively movable cooperating parts to convert rotary motion to intermittent lineal motion in one direction including means for selectively adjusting the length of the intermittent lineal motion to provide an intermittent variable movement of said feed lingers for intermittently feeding documents of varying size intermittentlyV across said copy plate in amounts equal to or greater than the size of each document.

AMBROSIUS BRIECHLE.

REFERENCES CITED The following references are of record in the iile of this patent:

vUNITED STATES PATENTS 

